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Development of a Centralized Powertrain Software Audit and Security Platform for Automotive Manufacturers
  1. case
  2. Development of a Centralized Powertrain Software Audit and Security Platform for Automotive Manufacturers

Development of a Centralized Powertrain Software Audit and Security Platform for Automotive Manufacturers

acropolium
Automotive

Challenges in Software Quality and Security Management for Automotive Powertrain Systems

The client faces difficulties in comprehensively auditing multiple offshore vendors' internal powertrain software systems due to complexity and dispersed infrastructure. They require reliable security measures, thorough code quality assessments, architecture validation, and scalable, standardized application development practices to improve overall software integrity and maintainability.

About the Client

A large automotive company specializing in the development, simulation, and testing of powertrain systems for various vehicle types, seeking to enhance software quality and security across its divisions.

Strategic Goals for Enhancing Powertrain Software Security and Quality

  • Implement a centralized platform for auditing and monitoring automotive powertrain software to ensure high security standards.
  • Improve existing automotive powertrain software quality through detailed assessments and quality enhancement protocols.
  • Audit and validate the microservice architecture to identify bottlenecks and improve system efficiency.
  • Enhance security measures, aiming for at least a 40% improvement in system security posture.
  • Reduce system bottlenecks by 90% to support better scalability and performance.
  • Increase in-house team’s technical knowledge related to software security, architecture, and development best practices.

Core Functional Requirements for Powertrain Software Audit and Improvement Platform

  • Data security modules to suggest and enforce reliable security practices.
  • Automated code analysis tools for assessing software quality and security vulnerabilities.
  • Microservice architecture auditing capabilities to identify bottlenecks and inefficiencies.
  • User interfaces for offline and online auditing sessions.
  • Training and reporting modules to provide insights and improvement instructions to development teams.
  • Integration of CI/CD pipelines to enable continuous development, testing, and deployment.

Preferred Technologies and Architectural Approaches

Cloud-based SaaS architecture
Azure cloud platform
Languages: C, AngularJS
Microservice architecture design

Essential External System Integrations

  • Security monitoring systems
  • Automotive simulation and testing environments
  • Code repositories and version control systems
  • CI/CD pipelines and automation tools

Non-Functional Requirements Emphasizing Scalability and Security

  • Enhanced security measures, with a target of 40% security improvement
  • System performance optimization to reduce bottlenecks by 90%
  • High scalability to support multiple user sessions and large data volumes
  • High availability and reliability standards
  • User role-based access controls and data privacy compliance

Anticipated Business Benefits of Implementing the Powertrain Software Audit Platform

The deployment of the centralized audit and security platform is expected to significantly enhance software security by 40%, streamline software review processes, reduce performance bottlenecks by 90%, and elevate the in-house development team's expertise. These improvements will lead to higher quality powertrain software, improved system reliability, and reduced time-to-market for new vehicle systems.

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